Titlebook: Laser Interaction and Related Plasma Phenomena; Volume 4B Helmut J. Schwarz (Professor of Physics),Heinrich Book 1977 Plenum Press, New Yo

Catheter

Ingredient

fastness

FLACK

Lipoprotein

Heat Transport in Spatially Fluctuating Laser-Generated D.C. Magnetic Fieldsions δB about a mean field B. can produce large enhancements in the cross-field diffusion coefficient, over its δB = 0 value. There are by now a multitude of suggested sources for laser-generated d.c. magnetic fields. When all these processes act at once, the likely result is an overall “average” fi

抑制

細微差別

The Nonlinear Force of Electrodynamic Laser-Plasma Interaction generate explosions with 100 and more times the radiation pressure. The complexity of the derivation of this force is described and analytical and numerical results are reviewed. Some problems are explained. From the numerical results, which are experimentally confirmed (by Wong and Stenzel) of low

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Numerical Calculations of Laser Interaction with Plasmas Including Momentum Transfer of the Nonlineaery general two-fluid numerical code were performed including nonlinear variation of the optical constants (dependence of the collision frequency on the laser intensity) and detailed description of the reflection of laser radiation based on Maxwell’s equations. For laser pulses of less than 1 psec,

持續(xù)

違法事實

Relativistic Self-Focusinge the laser cutoff density n. exhibit sudden relativistic self-focusing, with attendent beam converging lengths about equal to the diameter of the initial vacuum laser beam. The analytical model is a relativistic generalization, including mass and energy effects, of the plasma electron-ion collision